Pogo pins are widely used in electrical connections and signal transmission. Common applications are mainly used as smart terminals, consumer electronics, smart wearables, shared devices, drones, and smart robots. Let me talk to you about the difference between the working height and stroke of the spring thimble and what should be paid attention to when using it. What kind of effect will it have if it is under load?
The spring thimble is mainly composed of a needle, a spring, and a needle tube plus plastic. So what is the working height of the pogo pin? The working height of the pogo pin refers to the height of the pogo pin when the product is applied; then what is the stroke of the pogo pin? The stroke refers to the range of movement of the pogo pin. That is, the retractable distance of the spring thimble needle.
So, what effect will the spring thimble have on the load work?
Under normal use, the working height of the spring thimble is a little smaller than the stroke of the spring thimble. If it is working at full load, the spring of the spring thimble will be over-compressed, which will affect the service life of the spring thimble. This will reduce the service life of the product.